JDSU T-Berd 5800ThroughPUT testing

Basic quick setup instruction for conducting acceptance test for big bandwidth customers.

Training Document

Vlan-ID: In the configuration

Destination IP: (provided by the acceptance or trouble group you are working with)

Training Destination IP: 192.168.10.2

Items Quantity

Accedian AMN-1000-TE 2

Fiber SFPs (Same wavelength) 3

Fiber Jumper (for network connection between IADs) 1

Test set (with correct interface SFP) 1

The Setup

This is a picture of the setup of equipment used in this training serino :

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Loopback Test

On the JDSU 5800, to get to the test option screen, touch the word Tests at the top of the screen.

The following screen will appear. Depending on your test set version, you may have one of the two following options for selecting the RFC-2544 Test.

Select the highlighted options. Once you select the terminate option, the next screen will load.

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Select Enhanced RFC 2544 at the bottom right of the bottom of the page.

OR

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Select Ethernet

Select RFC-2544

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Select L3 Traffic IPv4

Then select P1 or P2 Terminate, depending which port you have your SFP loaded into. If copper, select the copper port number you are going to use for your testing.

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Select the testing modes you are going to use, in this case, Symmetric and Loopback. You will be looping the remote NID back to yourself to conduct the test. Then select Next.

Set Frame Type, Encapsulation, and enter VLAN ID and select User Priority. Select Next.

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Select your Source IP Type, Default Gateway, Subnet Mask, and the Destination IP and your IP Prioritization if other than none the default. Select Next.

Select No (the default) for a Configuration Template. Select Next

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Select the measurements you want for the test being conducted (these would be your normal tests). Select Next. (Throughput, Latency, Frame Loss and Packet Jitter).

Select your Bandwidth Unit and Max Bandwidth. In this case L1 Mbps and 1000.00. Select Next.

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Select the Length Type (frame Size because we are going to measure frames instead of packet lengths). 1522 is our recommended frame length. Select Next.

Select Test Procedure which is RFC-2544 and the default Bandwidth Granularity. Select Next.

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Select No for configuring the test durations separately unless you are given a different requirement. Select 60 seconds for all test durations with the number of trials set at 2. Select Next.

Enter your Test Thresholds and indicate if you want the pass/fail to be indicated in your report. Select Version 2 for your Acterna Payload Version. Select Next.

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Here is where you can name and save your test configuration for future use. Name it something that make it easy for you to identify when selecting the type of test you want to run in the future. Save and then select End Configuration Manually (where it previously said Select Next).

Recommend selecting J-Quick Check-Run J-Quick Check. This will check to see if you have connectivity and indicate your throughput.

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Select Start.

Once the Quick Check is complete, your screen should look like the one below. If you get a Remote Loop failure, verify that your destination IP address is correct. Use back arrow to get to the screen where this was set. IT will change if you exit and restart the test configuration from any point. If it looks like the screen below, then you can Select Next.

Select Run Test.

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When the test is complete, you can Select Next.

Do not create the report from this screen, but Select Next, and the next screen will provide you a place to enter the customer information for the report that will be generated.

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Enter the customer data information for the report and then Select Next.

The default is PDF, but change it to text format, and then select Create Report. Give your file a name such as the Customer Name or the order number, so that you can find the file in the Reports folder. If you have the View report after creation, the report will appear on your screen.

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Here is an example of the report that is generated:

Enhanced RFC 2544 Report - Port 1: 1GigE Layer 3 Traffic TermGenerated by JDSU 5800 ------------------------------------------------------------------------------------------------Overall Test Result: Pass------------------------------------------------------------------------------------------------Enhanced RFC 2544: Overall Test Results------------------------------------------------------------------------------------------------Throughput PassLatency PassFrame Loss Completed------------------------------------------------------------------------------------------------Enhanced RFC 2544: Overview------------------------------------------------------------------------------------------------

Mode: Symmetric LoopbackTests to Run: Throughput, Latency, Packet Jitter, Frame LossCustomer Name: Customer NameTechnician ID: Technician Conducting TestTest Location: Location Testing ToWork Order: Order NumberComments/Notes: Results NoteInstrument: T-BERD5800V2 Serial Number: 0179SW Version: 3.0Start Date: 05/07/2015End Date: 05/07/2015Start Time: 2:06:51 PM EDTEnd Time: 2:11:32 PM EDT------------------------------------------------------------------------------------------------Enhanced RFC 2544: Throughput Test Results------------------------------------------------------------------------------------------------Pass/Fail Frame Length (Bytes) Measured L1 Rate (Mbps) Measured L2 Rate (Mbps) Measured L3 Rate (Mbps) Measured L4 Rate (Mbps) Measured Rate (frms/sec) Pause Detect Cfg Rate (L1 Mbps)------------------------------------------------------------------------------------------------Pass 1522 999.96 986.99 975.32 962.35 81,060 No 1000.00------------------------------------------------------------------------------------------------Enhanced RFC 2544: Latency Test Results-----------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------Pass/Fail Frame Length (Bytes) Latency RTD (us) Measured Rate (frms/sec) Pause Detect------------------------------------------------------------------------------------------------Pass 1522 27.70 81,060 No------------------------------------------------------------------------------------------------Enhanced RFC 2544: Jitter Test Results------------------------------------------------------------------------------------------------

------------------------------------------------------------------------------------------------Pass/Fail Frame Length (Bytes) Max Avg Jitter (us) Measured Rate (frms/sec) Pause Detect------------------------------------------------------------------------------------------------Pass 1522 0.00 81,060 No-----------------------------------------------------------------------------------------------Enhanced RFC 2544: 1522 Byte Frame Loss Test Results------------------------------------------------------------------------------------------------Throughput Rate (L1 Mbps) Frame Loss Rate (%) Frames Lost Pause Detect Cfg Rate (L1 Mbps)------------------------------------------------------------------------------------------------999.96 0.00 0 No 1000.00

900.01 0.00 0 No 900.00------------------------------------------------------------------------------------------------Enhanced RFC 2544: Network Configuration------------------------------------------------------------------------------------------------Frame Type: DIXEncapsulation: VLAN

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VLAN ID: 310User Priority: 7 (highest)Destination MAC: 00-15-AD-25-79-7FData Mode: IPoESource IP Type: StaticSource IP Address: 192.168.10.12Default Gateway: 192.168.10.8Subnet Mask: 255.255.255.240Destination IP Address: 192.168.10.2TOS: 0Time to Live (hops): 64------------------------------------------------------------------------------------------------Enhanced RFC 2544: Local Auto Negotiation Status------------------------------------------------------------------------------------------------Auto Negotiation: OnFDX Capable: YesHDX Capable: NoFlow Control: On------------------------------------------------------------------------------------------------Enhanced RFC 2544: Test Configuration------------------------------------------------------------------------------------------------Tests to Run: Throughput, Latency, Packet Jitter, Frame LossActerna Payload Version: Version 2Bandwidth Unit: L1 MbpsMax Test Bandwidth (Mbps): 1000.00Frame Lengths Selected (bytes): 1522Throughput Measurement Accuracy: To within 1 MbpsThroughput Zeroing-in Process: RFC 2544 StandardThroughput Frame Loss Tolerance (%): .0500All Tests Duration (s): 60All Tests Number of Trials: 2Throughput Pass Threshold: Selected

Throughput Pass Threshold (Mbps): 1000.00Number of Latency Trials: 1Latency Pass Threshold: SelectedLatency Pass Threshold (us): 1000Number of Packet Jitter Trials: 1Packet Jitter Pass Threshold: SelectedPacket Jitter Pass Threshold (us): 1Frame Loss Test Procedure: RFC 2544 StandardFrame Loss Bandwidth Granularity (Mbps): 100

====================== END REPORT CONTENT ========================

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How do I get the file from the JDSU 5800 to a USB drive to the Notes of the order?

Once you have named and saved the file, you can now insert a USB thumb drive into one of the USB ports on the JDSU 5800.

To find results, you will select System at the top of the screen.

Select the Files folder

Select the Bert folder

Select the Reports folder

Locate the name of the file you created.

Tap on the file name, and do the copy option.

Tap on System in the white screen.

Select the USB icon.

Select Browse.

Select Paste at the top right of the screen, and you will see your file appear on the USB.

Select USB at the top of the screen to the right of System.

Select eject, and it will tell you that the USB has been ejected is ready to be removed.

Take your USB thumb drive and plug it into your computer and copy and paste the file into the notes of the order.

Reconfigure, and conduct a 100M test also, and add it to your email.

Command changes to configurations to lower speed to 100MBS for testing via copper ports.

These three changes will need to be made to both ENID configurations.

media-selection select RJ45-A_SFP-B

port edit Network speed 100M auto-nego disable duplex full

port edit Client speed 100M auto-nego disable duplex full

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Now that all testing is complete, and you are ready to put your equipment away, reset the units back to factory default. The following commands, will reset the units to the factory default.

Test-Customer: configuration reset

Are you sure you want to reset the configuration? (yes/no): yes

Configuration will be reset after reboot.

NETWORK ENID CONFIGURATION

CUSTOMER ENID CONFIGURATION

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Head-To-Head Test

The head-to-head test is done in a similar manner as the loopback test. There are some minor changes that will be made in the test set. Remember that once the test sets are in sync, only one person can run the test at a time.

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